| Purolite Ion Exchange Resins |
| Adsorbents |
| Resin Name |
Suitable for |
| Hypersol-Macronet®
MN100 |
Is particularly
suitable for the efficient sorption of high
molecular weight color bodies such as those
found in sugar solutions, and many complex
organics such as dyestuffs or certain pesticides.
The resin is normally supplied in a water-wet
form.
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| Hypersol-Macronet®
MN102 |
Is
a specially modified Macronet suitable for
the efficient sorption of high molecular
weight organic molecules such as limonin
and narangin from a wide variety of fruit
juices during the processing stage.
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| Hypersol-Macronet®
MN150 |
Has
a pore structure tailored for the efficient
sorption of medium to high molecular weight
color bodies such as those found in sugar
solutions. They are also suitable for treatment
of industrial wastes, both liquid and gaseous,
which can contain a wide range of molecular
species including low molecular weight chlorinated
hydrocarbons.
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| Hypersol-Macronet®
MN152 |
Has
a pore structure tailored for the efficient
sorption of medium to high molecular weight
color bodies such as those found in sugar
solutions. They are also suitable for treatment
of industrial wastes, both liquid and gaseous,
which can contain a wide range of molecular
species including low molecular weight chlorinated
hydrocarbons.
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| Hypersol-Macronet®
MN170 |
Application - Macronet
Polymer Structure - Macroporous polystyrene
crosslinked with divinylbenzene
Appearance - Spherical beads
Functional Group - Tertiary Amine
Ionic Form as Shipped - FB
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| Hypersol-Macronet®
MN200 |
PUROLITE MACRONET MN200 is
particularly suitable for the efficient
sorption of high molecular weight organic
molecules with lipophilic properties as
are typically found in waste waters from
industrial processes. These include complex
organics such as dyestuffs or pesticides.
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| Hypersol-Macronet®
MN202 |
PUROLITE MACRONET MN202 is
particularly suitable for the efficient
sorption of high molecular weight organic
molecules with lipophilic properties as
are typically found in waste waters from
industrial processes. These include complex
organics such as dyestuffs or pesticides.
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| Hypersol-Macronet®
MN250 |
Application - Macronet
Polymer Structure - Macroporous polystyrene
crosslinked with divinylbenzene
Appearance - Spherical beads
Functional Group - None
Ionic Form as Shipped - None
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| Hypersol-Macronet®
MN252 |
PUROLITE MACRONET MN252 is
particularly suitable for sorption of medium
to high molecular weight organic molecules
with lipophilic properties as as are typically
found in waste waters from industrial processes.
These include complex organics such as dyestuffs
or pesticides.
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| Hypersol-Macronet®
MN270 |
BASIC FEATURES:
Application - Macronet
Polymer Structure - Macroporous polystyrene
crosslinked with divinylbenzene
Appearance - Spherical beads
Functional Group - None
Ionic Form as Shipped - None
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| Hypersol-Macronet®
MN500 |
BASIC FEATURES:
Application - Macronet
Polymer Structure - Macroporous polystyrene
crosslinked with divinylbenzene
Appearance - Spherical beads
Functional Group - Sulphonic acid
Ionic Form as Shipped - H+
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| Hypersol-Macronet®
MN500DR |
Application - Macronet
Polymer Structure - Macroporous polystrene
crosslinked with divinylbenzene
Appearance - Spherical Beads
Functional Group - Sulphonic Acid
Ionic Form as Shipped - H+
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| Hypersol-Macronet®
MN502 |
Application - Macronet
Polymer Structure - Macroporous polystyrene
crosslinked with divinylbenzene
Appearance - Spherical beads
Functional Group - Sulphonic acid
Ionic Form as Shipped - H+
Click here to buy online |
